AmPro Innovations Achieves 99.9% Yield in Metal 3D Printing for 3C Products

In the consumer electronics industry, product yield is not just a production metric—it is a comprehensive reflection of a company’s technological capabilities, operational management, and competitive strength. Whether it’s tech giants like Huawei, Apple, Xiaomi, Google, OPPO, Honor, or Samsung, or mid- to lower-tier manufacturers, improving yield is a core strategy for reducing costs, increasing efficiency, and ensuring quality. The race to break through yield bottlenecks determines who gains the upper hand in pricing, technology, and delivery.

On July 16, 2025, Panda3dp.com reported that AmPro Innovations has achieved a 99.9% yield rate in metal 3D printing for 3C (computer, communication, and consumer electronics) products.

A Full-Stack Advantage Across the Metal 3D Printing Value Chain
AmPro Innovations leveraged its comprehensive capabilities across the entire metal 3D printing value chain, focusing deeply on three critical dimensions: materials, equipment, and process engineering.

· Materials Innovation:
The company conducted foundational research into metal powders, precisely controlling key parameters such as chemical composition, particle morphology, and size distribution. This enabled the development of high-performance powders tailored to the demands of consumer electronics.

· Equipment Optimization:
AmPro enhanced its production workflows by upgrading laser systems, refining energy output settings, and improving machine stability. These efforts ensured that the printing process remained continuous, stable, and efficient.

· Process Calibration:
The R&D team persistently optimized critical parameters such as scan paths, layer thickness, and print speed. Through extensive testing and iterative refinement, they ultimately achieved the milestone 99.9% yield rate in mass production scenarios.

A Game-Changer for 3C Appearance Standards
This breakthrough is particularly significant for leading 3C brands with demanding appearance standards. The printed parts can now undergo high-quality surface treatments—such as mirror polishing and PVD coating—with ease. Remarkably, the aesthetic yield of 3D printed components now surpasses that of conventionally forged parts.

This advancement substantially reduces scrap rates and quality control costs associated with surface finishing, while enhancing the advantages of 3D printed parts. It offers a superior process route for the 3C industry and lays a robust foundation for the broader adoption of 3D printing in high-precision consumer electronics.

AmPro’s achievement not only marks a technical milestone but also creates favorable conditions for the future evolution of 3C manufacturing.